Mobilna aplikacija za pomoč pri iskanju izdelkov v zaprtem prostoru

JANČAR, ARIEL DAVID (author), Vavpotič, Damjan (mentor)

V diplomskem delu smo analizirali in primerjali več ogrodij za navigacijo v zaprtem prostoru in z uporabo izbranega ogrodja razvili prototip aplikacije za iskanje izdelkov v zaprtem prostoru. Preizkusili smo ga v prostorih Fakultete za računalništvo in informatiko na različnih mobilnih napravah z operacijskim sistemom Android. V delu smo analizirali razvojna ogrodja MapsIndoors SDK, IndoorAtlas SDK, Indoo.rs SDK in jih med seboj primerjali. Pri izdelavi prototipa je bilo uporabljeno razvojno ogrodje IndoorAtlas SDK, ki vključuje tudi spletni vmesnik za nadzor aplikacij in lokacij, ter mobilna aplikacija MapCreator 2 za ustvarjanje podatkov o prostoru na podlagi geomagnetnih zapisov, akustičnih signalov in signalov oddajnikov WiFi ter Bluetooth. Poleg tega smo razvili tudi lastno programsko logiko za izračun kota med smerjo hoje uporabnika in njegove interesne točke z uporabo pospeškomera in giroskopa.

• Language: Slovenian
• Keywords: navigacija v zaprtih prostorih, Android, prototip, IndoorAtlas SDK, MapCreator 2, pospeškomer, giroskop, magnetno polje, senzorji
• Work type: Bachelor thesis/paper
• Organization: FRI - Faculty of Computer and Information Science
• Year: 2018
• PID: 20.500.12556/RUL-100105
• Publication date in RUL: 07.03.2018

Secondary language

• Language: English
• Title: A mobile application assisting in locating products indoors

Abstract

This work presents the analysis and comparison of different development kits that provide solutions for navigation indoors. The work also provides a more in-depth overview of the development kit chosen for the development of a prototype application for locating products indoors. The prototype was tested on the premises of Faculty of Computer and Information science, on several different mobile devices with Android mobile operating system. We analysed and compared MapsIndoors SDK, IndoorAtlas SDK and indoo.rs SDK development kits. The development kit used for the prototype was IndoorAtlas SDK, which includes a web interface, to control applications and locations, and a mobile application MapCreator 2, for creating indoor data based on geomagnetic fields, acoustic signals, Bluetooth signals and WiFi signals. We have also developed our own program logic that calculates the angle between the users path and his point of interest. This was achieved with the use of accelerometer and gyroscope.

• Keywords: Indoor navigation, Android, prototype, IndoorAtlas SDK, MapCreator 2, accelerometer, gyroscope, geomagnetic field, sensors